CFD analysis is expanding understanding of suction aerofoils as a wind-assisted propulsion technology. By evaluating lift, drag, boundary-layer suction, endplates, and ship-interaction effects, researchers quantified performance across operating conditions. The findings demonstrate strong potential for emissions reduction, provide valuable design data, and support broader adoption of wind-powered shipping worldwide today.

Accelerating adoption of Wind Assisted Ship Propulsion requires more than technology alone. This analysis identifies open innovation, financing, collaboration, and proactive environmental strategies as critical enablers for commercialization and scale-up. The findings provide actionable guidance for shipowners, policymakers, and technology providers seeking faster reduction of maritime emissions and broader deployment.